


IMTIS
Imagerie Microscopique et Traitement d'Image et du Signal
IMTIS
Imagerie Microscopique et Traitement d'Image et du Signal
IMTIS
Imagerie Microscopique et Traitement d'Image et du Signal
Introduction and Research Topics
The IMTIS team is one of two teams in the ASI (Automation, Signals, and Images) department at IRIMAS.
The team’s research activities focus on the theme of signals and images and cover a wide range of fields, from microscopic instrumentation, vision, and perception in robotics, AI, and electrical signals, as well as the sciences of motion, to theories and methods of signal and image processing. See the figure below for a more detailed overview of each research area.
IMTIS maintains numerous partnerships at the international, national, and local levels, working with both universities and businesses—ranging from small local firms to large corporations. These partnerships take the form of reciprocal research visits, hosting doctoral students, jointly supervised and co-directed theses, as well as the submission of numerous joint research projects.
This diaphragm represents research and thematic axes. It is interactive: click an axis to view details.
- Microscopic Imaging
- AI & Electrical Signals
- Movement Sciences
- Theory and Methods
- Vision Perception in Robotics
- Health, biology, materials, ...
- Energy and Cybersecurity
- Sports, personalized medicine, personal care
- Quality Control and Industrial Data
Team members
Permanent members
Badji Abderrezak
Assoc. Prof.
Bazeille Stéphane
Assoc. Prof.
Bourdier Pierre
Assoc. Prof.
Canaan Bushra
Assoc. Prof. / Res. Eng.
Colicchio Bruno
Assoc. Prof.
Courbot Jean-Baptiste
Assoc. Prof. / HDR
Cudel Christophe
Prof.
Debailleul Matthieu
Res. Eng.
Degoutte Fabrice
Assoc. Prof.
Dieterlen Alain
Prof.
Haeberlé Olivier
Prof.
Hermann Gilles
Assoc. Prof.
Kohler Sophie
Assoc. Prof.
Moukadem Ali
Assoc. Prof. / HDR
Ould Abdeslam Djaffar
Prof.
Sérandour Titouan
Jr Prof.
Verrier Nicolas
Assoc. Prof. / HDR
Wira Patrice
Prof.
Non-permanent members
PhD students
Ait Messaoud Salem
PhD
Baatout Radhia
PhD
Babur Alparslan
PhD
Barbier Marie
PhD
Belguermi Yacine
PhD
Borne Augustin
PhD
Chacon Avila Carlos Alberto
PhD
Darambazar Gandorj
PhD
Debarre Thomas
PhD
Dumont Séléna
PhD
Galinier Mathieu
PhD
Göttisheim Valentin
PhD
Mawassi Hadi
PhD
Messmer Liane-Marina
PhD
Munsch Julie
PhD
Ouali Sonia
PhD
Pestana Legori Leonardo
PhD
Pusch Kathrin
PhD
Schabat Simon
PhD
Schönle Daniel
PhD
Interns
- Khan Ali-Namaz (16 February 2026 - 31 August 2026)
- Oulghazi Mbarek (2 March 2026 - 31 August 2026) - (M2) Analyse temps-fréquence et théorie des frames
- Rasul Muhammad Sami Ur (1 April 2026 - 31 August 2026)
- El Boughdadi Abdeljalil (23 February 2026 - 4 September 2026)
Research Activities
-
Leonardo Pestana Legori, Carlos Alberto Chacón Ávila, Matthieu Debailleul, Nicolas Verrier, Olivier HaeberléJournal of Microscopy
-
Interpretable Time-Frequency Features for the Classification of Power Quality Disturbances (2026) DocumentGandorj Darambazar, Ali Moukadem, Bruno Colicchio, Patrice Wira
-
Carlos Alberto Chacón Ávila, Nicolas Verrier, Matthieu Debailleul, Bruno Colicchio, Olivier HaeberléUnconventional Optical Imaging V
-
Architecture and evaluation protocol for transformer-based visual object tracking in UAV applications (2026) DocumentAugustin Borne, Pierre Notin, Christophe Hennequin, Sebastien Changey, Stephane Bazeille, Christophe Cudel, Franz Quint
Time-frequency analysis of pathological lung sounds: detection and quantification of abnormal sounds in patients with cystic fibrosis, pulmonary fibrosis, or COPD.
Holographic 3D Maps for Silicone Detection in Living Cells and Tissues 3DHOLOCELL
Fibers as Optical Resolution Test-patterns for Unlabeled Nanoscopy Assessment FORTUNA
Research and Doctoral studies
Textures physiques réalistes par assemblages super-résolu d’images multi points de vue
Julien Bianchetti
Directeur(s) de thèse : Christophe Cudel, Frédéric Cordier and Sophie Kohler, Yvan Maillot
Département(s) et équipe(s) : Computer Science • ASI --- OMeGA • IMTIS
Caractérisation et détection de défauts de surface par BRDF et 3D Gaussian Splatting (3DGS)
Salem Ait Messaoud
Directeur(s) de thèse : Christophe Cudel and Stéphane Bazeille, Sophie Kohler
Département(s) et équipe(s) : ASI --- IMTIS
Contact the team
Team Leader
Pr Djaffar OULD ABDESLAM
- Send Us a Message
- Téléphone
IMTIS Team
- IUT Mulhouse, Building G, 1st floor, 61 rue Albert Camus, 68093 Mulhouse
From the Mulhouse train station:
- Take Line 20 to the Bel-Air stop,
- then a 5-minute walk.
From the Mulhouse train station:
- Take Tram Line 1 to the Porte Jeune stop,
- then take Tram Line 2 to the Bel-Air stop,
- then a 5-minute walk.
Depuis l’autoroute A36 :
- take Exit 16a,
- Take the D68 toward “Coteaux”; the University of Technology is a 5-minute drive away.